Part Number: CSD18532NQ5B Other Parts Discussed in Thread: CSD18532Q5B I saw that the FET above is listed as a logic-level FET @ TI.
It has a typical gate threshold voltage of 2.8V and a max. of 3.4V.
Just wondering: Is there an (more or less) industry…
Part Number: CSD18532NQ5B Other Parts Discussed in Thread: CSD18532Q5B Hi team,
It is nice to know you here. My customer wants to know the ID value when Vgs is 3.8 to 4V during different TA, I cannot find this value from below curve. For example, how…
Part Number: CSD18532NQ5B I have measured the Temperature case of the mosfet (Tcase = 92 °C) and the ambient temperature is 60 °C in addition I know the power loss of the mosfet in this condition equal to 1.054 W.
How I can calculate the junction temperature…
Other Parts Discussed in Thread: CSD18532NQ5B Dear Forum members.
Could any body please supply me with an un encrypted spice model for the CSD18532NQ5B Mosfet?
Thank you
Part Number: CSD18510Q5B Other Parts Discussed in Thread: CSD18512Q5B , , CSD18532NQ5B Dear Sir/Ms.
My customer’s product is an electric power tool. The specification of mosfet is 40V/ Rdon 1mohm 1.3mohm, and the package is QFN5x6.
I introduce him…
Hey Chris,
I've finally put a prop on my motor to test the possibility of leaving the speed controller out completely and just designing a torque controller in lieu (ETC?). Colo(u)r me impressed, excellent (speed) stability, very fast ramp times and…
Hello John,
Thanks for your answer. Let me clarify some aspects of my current setup:
-To know the Junction temperature I'm using the RθJA from the datasheet, I know that it doesn't fit to my current design (I will try to adapt this value to my PCB…
Please have a look at fet options in same package as EVM so it is easy to change. I will click TI thinks resolved and once you have the board and if you still have issues please contact.
Mathew
fet options.xlsx
Hi Yamaguchi-san,
Sorry for my misunderstanding. TI has many MOSFET package options including 2x2mm, 3x3mm & 5x6 SON and D2PAK. that can dissipate greater power than the Toshiba device. I did a search for FETs in these packages rated 30V to 60V and…
LM5069.xlsx
I have uploaded the LM5069 Calculations. My Input supply ranges from 10V-30V. My OVL:30V and UVL:12V. Max Load Current: 8A I have chosen the Vishay SiJ186DP since there aren't any suitable TI mosfets in stock.
